The MYCELL Diode Infinity Laser Hair Removal Device is a premium segment diode laser device developed for professional hair removal applications; it stands out with its 1200 W true laser power, 12 macro bar structure, 755 nm + 808 nm + 1064 nm wavelengths, and sapphire head technology.
The MYCELL Diode Infinity Laser Hair Removal Device has been developed to provide powerful, controlled, and comfort-oriented hair removal services in beauty centers, hair removal centers, and professional use areas. Its 1200 W true laser power, 12 macro bar structure, and technology that combines 3 different wavelengths in the same system provide professional use flexibility.
The Sapphire head system and MYCELL's 2-year unlimited shot support offer a powerful investment solution.
The MYCELL Diode Infinity Laser Hair Removal Device is developed for businesses that want to combine high performance, a strong technical infrastructure, and long-term use in professional laser hair removal services. Its 1200W true laser output power and 12 macro bar structure ensure that the device has a strong technical infrastructure for intensive professional use.
Offering 755 nm, 808 nm, and 1064 nm wavelengths in the same system, MYCELL Diode Infinity provides flexibility in professional session planning for different skin and hair types. Its multi-wavelength structure helps centers create a more comprehensive hair removal service for different client profiles.
The Sapphire head structure supports a comfort-oriented working order on the skin surface during application.
Thanks to its system architecture developed for professional use, it aims for powerful and consistent use in intensive session flows. With a working range of 1–20 J/cm², it offers controlled energy management in professional applications. The MYCELL Diode Infinity Laser Hair Removal Device is a remarkable investment solution for businesses that want to take laser hair removal services to the top segment with its powerful technical features, premium device design, and MYCELL after-sales support approach.
